Internet from Sky – Can LEO Satellites Transform the Future of Connectivity? (Vol. 2)
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LEO Satellites – Internet from Sky Report Overview
The surge in low earth orbit (LEO) satellite projects indicates a global trend toward diversifying internet coverage. This trend focuses on bridging the digital divide and enhancing real-time data transmission for various sectors, including aerospace and defense. LEOs provide a competitive edge due to their lower latency, and their increasing deployment signifies a pivotal shift toward a more connected future. LEOs are more secure than terrestrial networks as communication happens in space and is not likely to be influenced by natural catastrophes or man-made disasters.
The ‘Internet from Sky – Can LEO Satellites Transform the Future of Connectivity? (Vol. 2)’ FutureTech series report highlights the current state of play and the future potential of LEO satellites in driving uninterrupted communications and low-latency broadband across various communities. The report details how the application of LEO satellites may unlock new possibilities for enterprises across industries such as telecom, media, and technology (TMT); aerospace and defense; and transportation, among others.
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Key Sectors | · Aerospace and Defense
· Agriculture and Forestry · Energy and Utilities · Technology, Media & Telecom (TMT) · Transportation |
Emerging Concepts | · LEO Pseudo-Satellites
· LPWA Network Solutions · Tethered LEO Picosatellites · LEO Space Telescopes · LEO-Backed Baas Solutions |
Key Companies | · Rocket Lab USA Inc.
· Virgin Orbit LLC · Space Exploration Technologies Corp · Blue Canyon Technologies Inc. · The Aerospace Corp |
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LEO Satellites – Market Dynamics
LEO satellites’ low latency and rapid data transfer capabilities are pivotal for emerging technologies such as IoT networks and 5G services. LEO satellites enable real-time data transmission across sectors, driving efficiency through outcome-focused applications. Thus LEO satellites enhance global communication infrastructure with unprecedented speed and reliability. LEO is favored for high-speed internet and detailed Earth observation due to its closeness to Earth, enabling rapid data transmission and high-resolution images.
LEO satellite networks present a transformative solution to modern networking challenges. It offers global coverage, reduced latency, and scalable connectivity to support the burgeoning demands of IoT proliferation, surging internet traffic, and backhaul requirements. LEO satellites can revolutionize IoT connectivity by providing ubiquitous, reliable internet access across the globe, including in remote and rural areas previously underserved by traditional network infrastructures. This enhanced coverage ensures that IoT devices can transmit data efficiently irrespective of their location and enables more consistent and expansive IoT applications. The low-latency characteristics of LEO networks also improve the responsiveness of IoT systems that are essential for real-time applications like autonomous vehicles and smart cities.
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LEO Satellites – Sectors
Despite being in the early stages of deployment, LEO satellites are advancing connectivity across sectors and offering real-time data transmission for various applications. Hence, industries such as aerospace and defense, agriculture and forestry, energy and utilities, technology, media & telecom (TMT), and transportation are deploying LEO satellites for a few illustrative use cases. For example, satellite autopilot, space relay communication, collision avoidance, and space transportation are use cases of LEO satellites in the aerospace and defense sector.
LEO Satellites Analysis by Sectors
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LEO Satellites – Emerging Concepts
The emerging concepts in LEO to reshape global communication and observation dynamics include LEO pseudo-satellites, LPWA network solutions, tethered LEO picosatellites, EO space telescopes, and LEO-backed BaaS solutions.
LEO pseudo-satellites: These are not actual satellites but high-altitude platforms that operate in the stratosphere, significantly lower than traditional satellites. They can complement or serve as temporary stand-ins for LEO satellites for various applications, including telecommunications, surveillance, and environmental monitoring. Pseudo-satellites offer the advantage of being more easily deployable and adjustable to changing needs or conditions on the ground.
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LEO Satellites – Competitive Landscape
A few of the key companies leading the job postings to advance their space missions are:
- Rocket Lab USA Inc.
- Virgin Orbit LLC
- Space Exploration Technologies Corp
- Blue Canyon Technologies Inc.
- The Aerospace Corp.
Rocket Lab USA Inc.: Rocket Lab recorded the highest job postings owing to their plans for innovative missions in LEO and beyond, including missions for the Moon, and Mars, as well as for commercial customers. Moreover, SpaceX has its focus on hiring junior and mid-level software/control engineers to leverage existing software design to improve satellite constellation performance, security, and availability to meet the needs of a wide range of users.
LEO Satellites Analysis by Companies, (2024)
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Segments Covered in the Report
LEO Satellites Sector Outlook
- Aerospace and Defense
- Agriculture and Forestry
- Energy and Utilities
- Technology, Media & Telecom (TMT)
- Transportation
Scope
The report provides:
- Technology Decoding: Highlights major LEO constellations, definition and working model, LEO as a solution, prominent use cases, active enterprises, and popular vendors.
- Media & Trend Analysis: Explores popular news publications, thought leadership, social media traction, mentions in company filings, and key hiring trends.
- Investment Radar: Showcases total investment trends, VC investment trends, leading investors, corporate investors and investees, prominent M&A, and SPAC deals.
- Innovation Explorer: Presents select LEO innovations in various sectors and strategic partnerships to accelerate the development of LEOs.
- IP Landscaping: Displays noteworthy LEO-related patents in multiple sectors.
- The Road Ahead: Highlights drivers and challenges, strategies to address challenges, regulatory landscape, impact of LEOs on telcos, emerging concepts, and outlook.
Key Highlights
LEO satellite major constellations and overview, multiple sector use cases and active enterprises, popular vendors, news and social media, company filings, hiring trends, investment trends, leading investors, M&As, SPAC deals, LEO innovations in various sectors, strategic partnerships, noteworthy patents, drivers and challenges, strategies to address challenges, regulatory landscape, impact of LEOs on telcos, emerging concepts and future outlook.
Reasons to Buy
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ABL Space Systems
Accenture Ventures
Adtran
Aerospace
Airbus
AirPhoton
Alameda Applied Sciences
Amazon
Antrix Corp
Arcfield
Ariane Group
Arqit
Arquimea
AST & Science
AST Space Mobile
Astra
Astranis
Astro Digital
astrocast
Astroscale
ATrack
Avanti Communications
Avionics
Axelspace
BAE Systems
Beijing Institute of Technology
Benchmark Space Systems
Black Sky
Blue Canyon Technologies
Blue Origin
Bluefield
Boeing
Canon
Capella Space
Celestia Aerospace
Cellnex
Centricus
Challenge Networks
China Aerospace Science and Technology Corporation
Cisco
Commsat
Dauria Aerospace
dMY Technology Group
Eagle Technology
earth-i
Echostar
Endurance
EOSDA
Epic Aerospace
Eutelsat Group
exactEarth
Exotrail
Firefly Aerospace
Fleet Space Technologies
Fossa
Foxconn
Fuzhou University
Galactic Energy
Galaxyspace
Genesis Park
GHG Sat
Gilat Satellite Networks
Gilmour Space
Globalstar
Gogo
Grasp
Guilin University of Electronic Technology
HawkEye 360
Hera Systems
Hiber
Hughes Network Systems
Hydrosat
ICEYE
Icomera
Impulse Space
Inflection Point
Inmarsat
Institute of Chemistry
Intelsat
Intuitive Machines
Invema
iridium
ISRO
John Deere
Kazakhstan National Railways
Kepler
Kratos Defense
Kymeta
L3Harris
Laser fleet
Launcher
Leo Labs
LeoSat
Lockheed Martin
Lockheed Martin Ventures
Lynk
MaxLinear
Merida Aerospace
Miles Space
Momentum
NAVSIGHT
Nokia
Northrop Grumman
Northstar Earth & Space
NSLComm
Omnispace
One New Zealand
OneWeb
OQ Technology
Orange
Orbit Fab
Orbital Sidekick
Orion Space Solutions
Orora Technologies
Osprey Technology
Panasonic
Pangea Aerospace
Phantom Auto
Pixxel
Planet
PlanetiQ
PLD Space
QinetiQ Space
Quantum Tech Laboratories
Raytheon Technologies
Redwire
Relativity
Rivada
Rocket Lab
RocketStar
Roscosmos
RTX Ventures
SAIC
SAT Global
Sateliot
Satellogic
SatixFy
Scout
SES
Shanghai Wentai Bio-Technology
Sidus Space
Sierra Space
Skeyeon
Skylo
Slam Corp
Slingshot Aerospace
Space Norway
Space Star Technology
Spaceable
Spacelink
SpaceX
Spark
Speqtral
Spider Oak
Spire Global
Spirent Communications
Starlink
Swarm
Tailwind Acquisition
Telesat
Telstra
Terran Orbital
Thaicom
Thales SA
ThalesAlenia Space
Theia Aviation
ThinKom Solutions
Thuraya
Toyota Ventures
U.S. Space Development Agency
Umbra
Ursa Major
Vast
Vector
Vector Capital
Viasat
Vivacom
Vivo
Vocus Group
Vodafone
Volvo
Voyager Space
Wa’ed Ventures
Wabtec
Xidian University
Xona Space Systems
ZeroOutages
Zin Technologies
ZTE
Table of Contents
Frequently asked questions
-
Which key sectors are deploying LEO satellites?
Industries such as aerospace and defense, agriculture and forestry, energy and utilities, technology, media & telecom (TMT), and transportation are deploying LEO satellites for a few illustrative use cases.
-
What are the emerging concepts in LEO to reshape global communication and observation dynamics?
The emerging concepts in LEO to reshape global communication and observation dynamics include LEO pseudo-satellites, LPWA network solutions, tethered LEO picosatellites, EO space telescopes, and LEO-backed BaaS solutions.
-
Which are the key companies leading job postings related to LEO?
A few of the key organizations leading the job postings related to LEO satellites are Rocket Lab USA Inc., Virgin Orbit LLC, Space Exploration Technologies Corp, Blue Canyon Technologies Inc., and The Aerospace Corp, among others.
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